As the latter half of 2025 approaches its new product launch season， Apple is reaching a critical turning point in its self-developed chip strategy. According to the latest industry reports， Apple is simultaneously developing seven new processors， spanning mobile computing， wearable devices， and wireless communication. This initiative marks a new phase in its pursuit of technological self-sufficiency.
In the realm of mobile processors， Apple is set to introduce the A19 series chipsets. The standard A19 will debut in the ‘Tilos’ codenamed iPhone 17 Air， while the more powerful A19 Pro will power the iPhone 17 Pro and Pro Max models. This move signifies Apple’s continued commitment to pushing the boundaries of mobile performance and efficiency，
Notably， the Apple Watch Series 11 will feature a new processor codenamed ‘Bora.’ Sharing architectural design lineage with the A18 chip， ‘Bora’ is expected to deliver significant advancements in AI processing capabilities and power efficiency， further solidifying Apple’s leading position in the smart wearable market. This focus on AI and efficiency is crucial for enhancing the user experience and expanding the functionality of Apple’s wearable ecosystem.
The computing chip segment is also slated for significant updates. The M5 series processors will provide enhanced computational power for the next generation of Mac product lines， encompassing both the standard M5 and the M5 Pro version tailored for professional users.
A particularly noteworthy area of advancement for Apple is in wireless communication technology. The integrated chip codenamed ‘Proxima’ unconifies Bluetooth and Wi-Fi functionality. Through an innovative architectural design， it achieves dual optimization in spatial utilization and power efficiency. This consolidation is likely to lead to more streamlined device designs and improved connectivity performance.
In 5G communication technology， Apple’s self-developed second-generation 5G modem chip， C2， will replace the existing C1 solution and be first implemented in the iPhone 17e model. This development represents another crucial step for Apple in reducing its reliance on Qualcomm’s technology， laying a more solid foundation for building a comprehensive， self-reliant technological ecosystem. Achieving independence in modem technology is a key strategic objective for Apple， allowing for greater control over product development and feature integration.
Industry insiders analyze that the simultaneous development of these seven chips not only showcases Apple’s robust vertical integration capabilities but also highlights its strategic determination to build a full-stack technology ecosystem. From mobile terminals to wearable devices and critical communication technologies， Apple is achieving comprehensive improvements in product performance and user experience through system-level chip innovation. With the gradual commercialization of these new chips， Apple is poised to usher in a new cycle of product innovation in 2025， promising consumers even more breakthrough user experiences.
